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FACULTY
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EMAIL
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AREA
OF INTEREST |
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NMR, RNA Structure, Small-molecule RNA interactions |
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Molecular biology; biochemical
and genetic analysis of protein-DNA interactions in transcription initiation
and DNA restriction |
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Population genetics, systematics, biogeography,
phylogeography and physiological and functional ecology of reptiles
and amphibians |
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Olfaction and Taste |
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Microbial ecology, benthic ecology, biological oceanography |
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Evolutionary genetics, phylogeography, population genetics |
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Microbial ecology, physiology, and diversity; molecular biology; microbiology of the cryosphere |
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Population
and Community Ecology, Plant-Herbivore-Natural Enemy Interactions,
Ecological Genetics, Biological Pest Management |
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Study of proteins involved with ribosome
biogenesis and nucleolar structure. Posttranslational phosphorylation
or methylation of individual nucleolin peptide domains. |
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Regulatory function and metabolism of
iron sulfur proteins during oxidative stress |
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Membrane biogenesis in E. coli |
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Chromatin Structure and Gene Expression |
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Geomicrobiology, molecular- and culture-based approaches to understand microbial diversity and ecology, geochemistry and biogeochemical cycling, karst studies |
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Systematic icthyology and ethology |
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Marine ecology, meiofaunal abundance |
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Molecular population genetics, systematics and evolution
of marine invertebrates
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Integrative Fish Biology, Environmental Physiology, Aquatic Toxicology |
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Molecular biology; genetic and biochemical regulation
of bacterial cell division in E. coli |
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Cellular and synaptic physiology of retinal neurons |
| Anne
Grove |
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Protein-nucleic acid interactions and
sequence-dependent DNA bendability, analyzed in the context of the
yeast RNA polymerase III and bacterial histone-like proteins |
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Molecular systematics and mammalogy |
| Hollie Hale-Donze |
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Infection and Immunity |
| Steven
Hand |
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Bioenergetics, molecular physiology, environmental
control of gene expression, comparative biochemistry |
| Kyle E. Harms |
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Population, Community, and Evolutionary Ecology |
| Craig
M. Hart |
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Chromosome Organization, Chromatin Structure and
Gene Expression |
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Molecular evolution, population genetics and speciation
in marine invertebrates and fish |
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Functional, ecological, and evolutionary
morphology |
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Molecular genetics and Bioimaging |
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Research and Economic Development |
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Mammalian genomic imprinting, Genome evolution and function |
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Microbial Ecology, Trace Gas Biogeochemistry, Physiological Ecology of Bacteria. |
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Bioactivity and structure of complex carbohydrates,
microbial diagnostics, termite chemical effectors, analysis and pharmacophores
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Developmental genetics, cell differentiation, cell
cycle, plant biology |
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Macromolecular X-ray crystallography, environmental regulation
of cellular metabolism, and protein chemistry |
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Protein structure and function; energy management
in proteins; the role of water and solvent in protein function and
stability |
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Plant Ecophysiology |
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Bing-Hao Luo |
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Structure and functions, transmembrane protein signaling and protein-protein interaction |
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Reproductive Physiology |
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Regulation of membrane lipid synthesis |
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Photosynthesis and bioenergetics |
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Genetics and molecular biology of conjugation in
the genus Streptomyces; biological control and pathogenesis
of the sweetpotato pathogen Streptomyces ipomoeae |
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Plant population biology / ecology |
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Cell biology of nuclear receptors, trafficking, nuclear
import and export, molecular endocrinology, biochemistry, molecular
biology |
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Molecular systematics and ecology, molecular
approaches to bacterial taxonomy |
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Ornithology |
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Molecular systematics and ornithology |
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Biochemical Adaptation to the Marine Environment
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Diabetes research, transcription factors, biochemistry,
molecular biology and cell biology |
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Community ecology, Macroecology, and Biogeography |
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Marine environmental physiology |
| Kurt
Svoboda |
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Neurobiology and Behavior |
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Vascular plant systematics |
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Functional genetics of microbial metabolites and
structural diversity of natural products |
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Structure and Function of protein tyrosine phosphatases; Structure
and Function of the phox (PX) domain-containing proteins |
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Molecular biology |
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Molecular structure and function of metabolic enzymes; regulation
of tissue-specific expression; mechanisms of mutagenesis |
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Thomas H. Dietz
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Physiology, ecology, systematics; taxonomy, ecology,
cytology, and physiology of Beggiatoa, Thiothrix, the Microcyclus-Spirosoma
group, and myxobacteria |
| William
R. Lee |
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Genetics and Mutagenesis |
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Ding Shih |
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Plant biotechnology involving transferring disease-resistant genes and other
genes into plants; gene expression of RNA viruses |
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Freshwater Mussel Anatomy and Physiology; Muscle
Structure and Function |
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Ultrastructure: electron microscopy; location of
nitrogenase in Azotobacter; freeze-etch of bacterial surfaces |
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Plant Morphology, Anatomy, and Lichenology |
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Intracellular Parasites |
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Enzymology |
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